Thin− walled parts are widely used in many important fields because of performance and
structural lightweight requirements. They are critical parts because they usually carry the …

This study focuses on the prediction of cutting forces during micro end milling using a novel
approach that takes into account the chip thickness accumulation phenomenon. The …

Because of the low cost, large workspace and high flexibility, industrial robots (IRs) are
promising and competitive alternatives of multi-axis machine tools for milling operations …

The high-speed-dry (HSD) machining is now recognized as a strong potential dry-cutting
technique to tackle the rapidly growing productivity demand of carbon-fiber-reinforced …

Accurate force model during batch precision machining is the basis for optimizing milling
parameters and maintaining process stability. Tool radial runout is inevitable and affects …

Better prediction about the magnitude and distribution of workpiece temperatures has a
great significance for improving performance of metal cutting process, especially in the …

In the end milling of aluminum honeycomb core, the bottom edge of the cutter and the feed
direction of the cutter will have a significant impact on the surface machining quality. If the …

A new and unified instantaneous cutting force model is developed to predict cutting forces
for flat end mills with variable geometries. This model can routinely and efficiently determine …

Predicting the quality of a machined component is the grandiose signification in
manufacturing industry. Calculation of the cutting force is one of the most important elements …

End milling has been widely adopted to machine the thin-plate parts that play increasingly
important role in the aerospace industry, due to the advantages of high machining accuracy …